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Resonance characteristics of fiber optic ring resonator in fiber optical resonator gyroscope
SPIE Proceedings, 1998In this paper, based on the typical example of fiber optical ring resonator which is constructed by connecting single mode fiber depend on fiber optic directional coupler, the resonance depth and finesse are discussed and their equation are derived too. Furthermore, the optimal resonance term are given and illustrated clearly in some curves.
Zenghua Xie +3 more
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Resonance optical activity in multihelicoidal optical fibers
Optics Letters, 2016We have studied the effect of optical activity (OA) in optical fibers with multihelical distribution of refractive index profiles near the resonance wavelength, at which the conversion of an incident Gaussian beam into an optical vortex (and vice versa) takes place.
C N, Alexeyev, B P, Lapin, M A, Yavorsky
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2012 Loughborough Antennas & Propagation Conference (LAPC), 2012
The performance of planar optically switched resonators integrated with optically triggered Silicon (Si) switches is described. The resonator structures are realised on 1.6mm thick Taconic substrate and operates between 3.75GHz and 5GHz (3dB level) with insertion loss as low as 1.35dB and 1.1dB when the switch is in its OFF and ON states respectively ...
Alford Chauraya, Yiannis J. Vardaxoglou
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The performance of planar optically switched resonators integrated with optically triggered Silicon (Si) switches is described. The resonator structures are realised on 1.6mm thick Taconic substrate and operates between 3.75GHz and 5GHz (3dB level) with insertion loss as low as 1.35dB and 1.1dB when the switch is in its OFF and ON states respectively ...
Alford Chauraya, Yiannis J. Vardaxoglou
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Physical Review A, 1976
A complete and detailed treatment of a three-level atom interacting with two near-resonant monochromatic fields is presented. It is assumed that the only damping mechanism is radiative damping, and that the atoms all have the same resonance frequencies, as is the case in an atomic beam.
R. M. Whitley, C. R. Stroud
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A complete and detailed treatment of a three-level atom interacting with two near-resonant monochromatic fields is presented. It is assumed that the only damping mechanism is radiative damping, and that the atoms all have the same resonance frequencies, as is the case in an atomic beam.
R. M. Whitley, C. R. Stroud
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Optics in Computing, 2003
We analyze the image quality of resonant holographic imaging systems. We show that Gaussian apodization, implemented with a Hermite-Gaussian reference beams inside a confocal cavity greatly improves image quality.
Kehan Tian +3 more
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We analyze the image quality of resonant holographic imaging systems. We show that Gaussian apodization, implemented with a Hermite-Gaussian reference beams inside a confocal cavity greatly improves image quality.
Kehan Tian +3 more
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2000
Jaynes-Cummings model of quantum optical resonance is investigated using Tomonaga-Schwinger formalism and without using the rotating wave approximation. Detailed study of the fluctuations in the initial number state and coherent state is made as a function of the interaction strength, frequency detuning and the initial conditions.
S. Mathur, U. N. Upadhyaya
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Jaynes-Cummings model of quantum optical resonance is investigated using Tomonaga-Schwinger formalism and without using the rotating wave approximation. Detailed study of the fluctuations in the initial number state and coherent state is made as a function of the interaction strength, frequency detuning and the initial conditions.
S. Mathur, U. N. Upadhyaya
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All-Polymer Integrated Optical Resonators by Roll-to-Roll Nanoimprint Lithography
, 2018A. V. Shneidman +9 more
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On-Chip Ultra-High-Q Silicon Oxynitride Optical Resonators
, 2017Dongyu Chen +4 more
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